This article was automatically translated from the original Turkish version.
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Data structures are one of the foundational pillars of computer science. These structures, used for organizing, storing, and managing data, play a crucial role in software development processes.
Data structures define how data is arranged and stored in computer memory. They are employed to enable efficient data management, fast access, and optimization of operations. Data structures directly influence algorithm performance and therefore play a critical role in software development.
Data structures are broadly categorized into two types: primitive (basic) data structures and non-primitive (advanced) data structures.
1. Integer: Stores integer values.
2. Float: Stores decimal numbers.
3. Character: Represents a single character.
4. Boolean: Takes values of True or False (Wrong).
1. Arrays: Store data of the same type in an ordered sequence.
2. Lists: Dynamic sized collections of data.
3. Stacks: Operate on the LIFO (Last In, First Out) principle.
4. Queues: Operate on the FIFO (First In, First Out) principle.
5. Linked Lists: Dynamic structures composed of nodes.
6. Trees: Hierarchical data structures.
7. Graphs: Complex structures consisting of nodes and edges.
Data structures are used in many fields. Some example applications include:
1. Database Management: Used for fast access and querying of data.
2. Artificial Intelligence and Machine Learning: Data structures play a critical role in processing large datasets.
3. Network Management: Used for transmitting and routing data packets.
4. Operating Systems: Used in Memory management, file systems, and process scheduling like.
5. Web Development: Data structures are essential for indexing SEO-compatible content and enabling fast access.
Data structures are fundamental important concepts in computer science with wide-ranging applications, from software development to SEO-compatible websites. Mastering data structures will provide a significant advantage, whether in technical or non-technical fields to understand, technical and successful.
General Characteristics
Types
1. Primitive Data Structures
2. Non-Primitive Data Structures
Applications